Isixhobo se-Piezoelectric traffic ye-AVC (Discreation yeZithuthi)
Inkcazo emfutshane:
I-Cettor8311 i-Internance ye-CREPLERE ye-CREPRE yenzelwe ukufakwa ngokusisigxina okanye okwethutyana kwindlela okanye phantsi kwendlela yokuqokelela idatha yezithuthi. Isakhiwo esahlukileyo se-Esor Ubume beflethi yenzwakazi buxhathisa ingxolo yendlela ebangelwa kukugoba komphezulu wendlela, iindlela ezikufuphi, kunye nokugoba amaza ahamba esithuthi. I-Incivaction encinci kumgangatho wendlela inciphisa umonakalo kumphezulu wendlela, yonyusa isantya sokufakelwa, kwaye inciphise inani le-grout elifunekayo ukuze kufakelwe.
Iinkcukacha zemveliso
Intshayelelo
I-Cettor8311 i-Internance ye-CREPLERE ye-CREPRE yenzelwe ukufakwa ngokusisigxina okanye okwethutyana kwindlela okanye phantsi kwendlela yokuqokelela idatha yezithuthi. Isakhiwo esahlukileyo se-Esor Ubume beflethi yenzwakazi buxhathisa ingxolo yendlela ebangelwa kukugoba komphezulu wendlela, iindlela ezikufuphi, kunye nokugoba amaza ahamba esithuthi. I-Incivaction encinci kumgangatho wendlela inciphisa umonakalo kumphezulu wendlela, yonyusa isantya sokufakelwa, kwaye inciphise inani le-grout elifunekayo ukuze kufakelwe.
Inzuzo ye-CET8311111 yenzuzo ye-trafti ye-traffer kukuba inokufumana idatha echanekileyo necacileyo, efana ne-sigger yesantya esichanekileyo, i-trigger storgger kunye nengcaciso ye-trigger. Ingaphendula izibalo zolwazi zendlela ixesha elide, ngokusebenza kakuhle, ukuthembeka okuphezulu kunye nokufakwa ngokulula. Ukusebenza kweendleko eziphezulu, ikakhulu kusetyenziswa ngokufunyanwa kwenani le-AXCE, indawo yokuhlala, ukubek'esweni kwesithuthi, ukwahlula-hlula kwemoto, ubunzima obunamandla kunye nezinye iindawo zendlela.
Ubukhulu becala
Ex: l = 1.78 yeemitha; Ubude be-sensor yi-1.82 yeemitha; Ubude bobutshaba buyi-1.94 yeemitha
| Ubude boSensor | Ubude obubonakalayo be-brass | Ubude bonke (kubandakanya iziphelo) |
| 6 '(1.82m) | 70 '' (1.78m) | 78 '' (1.93m) |
| 8 '(2.42m) | 94 '' (2.38m) | I-100 '' (i-2.54m) |
| 9 '(I-2.73m) | I-106 '' (i-2.69m) | 112 '' (i-2.85m) |
| I-10 '(3.03m) | 118 '' (3.00m) | 124 '' (3.15m) |
| 11 (3.33m) | I-130 '' (3.30m) | 136 '' (3.45m) |
Iiparamitha zobugcisa
| Imodeli No. | I-QSY8311 |
| Ubungakanani beCandelo | ~I-3 × 7mm2 |
| Ubude | inokwenziwa ngokwezifiso |
| I-Piezoeelectric Coanze | ≥20pc / Ixabiso lexabiso |
| Ukunganyangeki | >500mω |
| Ukuxhobisa okulinganayo | ~6.5NF |
| Iqondo lokusebenza | -25 ℃~60 ℃ |
| Isinxibelelanisi sokukhangela | Q9 |
| I-bracket | Qhoboshela i-bracket enamava nge-EXCOR I-1 PCS BRACKITS i-15 cm |
Ukulungiswa kokufakwa
Ukukhetha icandelo leNdlela:
a) Imfuneko kwizixhobo zobunzima: uzinzo ixesha elide kunye nokuthembeka
b) imfuneko kwiNdawo yeNdawo: I-Rigidty
Indlela yokufakwa
5.1 I-Slot Slot:
| Amanyathelo | Umfanekiso |
| 1) Iimpawu zokwakha zokwakha kufuneka zibekwe phambi kwendawo yokwakha.2) Umgca: Sebenzisa iteyiphu, ipensile ye-inki kunye ne-inki ye-inki ikwanele ukunxibelelana nendlela IKhabhinethi.3) Ukusika i-slot: sebenzisa umsiki ukuze uvule i-roove yesikwere kwindlela ecaleni komgca wokumakisha. Ubungakanani bendawo enqamlezayo yeGroove kufuneka bulawulwe ngokuchanekileyo ngaphakathi kuluhlu oluchaziweyo (jonga umzobo kwicala lasekunene). Ngokutsho kobude benzwane, inzulu ye-roove ye-groove iphela ukuya kwi-50mm (ukuhlengahlengisa kwiNtloko yeNtsholongwane yokuphuma kunye nesiphelo). 4) Ukuqhekeka kwendlela:uise semmer ukuya kwi-groove kwaye inciphise ezantsi kwe-Groove. Ezantsi kwe-Groove kufuneka ilungiswe kakuhle ngokulula. Ngokutsho komzobo: umfanekiso ofanelekileyo kunye nemizobo efanelekileyo yokwakha. Izixhobo eziphambili: Umatshini wokusika iimpahla, ifuthe kwi-hammer, hoe, drill. Phawula: Lawula ubunzulu bokutyhoboza kwe-roove. Ukuba ingena nzulu kakhulu, i-sensor kwaye i-bracket ayinakuhlala. Ukuba inzulu kakhulu, inani le-groutiya kuba inkulu. groutiya kuba inkulu. | 1) Ubungakanani becandelo A = 20mm (± 3mm) mm;B = 30 (± 3mm) mm 2) ubude beGroove Ubude be-slot kufuneka bube ngaphezulu kwe-100 ukuya kwi-200 mm yobude besonaso. Ubude be-SETROR: I = l + 165mm, l ngowe-brass ubude (bona ilebheli). |
5.2 Ukucoca kunye namanyathelo awomileyo
1, Ukuze kuqinisekiswe ukuba izinto zokubulala zinokudityaniswa kakuhle nomphezulu wendlela emva kokuzaliswa, i-slot yokufakelwa kufuneka ihlanjwe ngoxinzelelo oluphezulu, kwaye umphezulu weGroove kufuneka ahlanjwe ngebrashi yentsimbi, kunye ne I-Air Trancessor / i-Wigh yoFundo oluphezulu umpu okanye ibhulukhwe isetyenziswa emva kokucoca ukomisa amanzi.
2, Emva kokuba ibyritori icocwe, i-ash edadayo kwindawo yokwakha kufuneka icocwe. Ukuba kukho amanzi aqokelelweyo okanye ukufuma okubonakalayo okubonakalayo, sebenzisa i-air compressor (i-pugorive of upoun gun) okanye ibhulukhwe yoyilo.
3, emva kokuba ukucocwa kugqityiwe, ukutywina i-tepe (kububanzi obungaphezulu kwe-50mm)
ukuya kwindawo ejikeleze i-notch ukukhulisa ungcoliseko kwiGrout.
5.33
1, Uvavanyo lovavanyo: Sebenzisa iimitha ezininzi zedijithali ukulinganisa amandla e-sensor enentambo iqhotyoshelwe. Ixabiso elilinganisiweyo kufuneka libe ngaphakathi kuluhlu oluchazwe ngusor wombhalo ohambelana nobude kunye nephepha ledatha yentambo. Uluhlu lomthamo luhlala lusetwa kwi-20nf. I-PREB ebomvu iqhagamshelwe kwi-cable yentambo, kwaye iPREP emnyama iqhagamshelwe kwikhaka langaphandle. Qaphela ukuba akufuneki ubambe omabini uphela ngaxeshanye.
2, Ukunganyangeki kovavanyo: Makulinganisa ukuxhathisa kwiziphelo zombini zenzwa kunye nemitha ezininzi zedijithali. Imitha kufuneka isethwe kwi-20mω. Ngeli xesha, ukufunda kwiwotshi kufanele kube ngaphezulu kwe-20mω, idla ngokuboniswa ngu "1".
5.4 Lungisa i-bracket
| Amanyathelo | Umfanekiso |
| I-1) ikhuphe i-sensor kwaye ijonge ukuba i-sensor icacile. Lungisa inzwa ukuze ugcine i-sensor uqonde kwaye iflethi.2) Vula i-secket ekhulayo kwibhokisi kwaye ufake i-secker kwi-15cm yamathuba e-SCOCRE kwi-slot yokusika. Indawo ephezulu yazo zonke iibrakethi imalunga ne-10mm ukusuka kumphezulu wendlela. 4) Lungisa i-sensor iphelele i-40 °, igobe i-20 °, emva koko igobe i-20 ° ukuya kwinqanaba. |  Ubukhulu
|
5.5mix Grout
Qaphela: Nceda ufunde imiyalelo yeGrout ngononophelo ngaphambi kokuba uxube.
1) Vula i-certing grout, ngokwesantya sokuzalisa kunye nedosi efunekayo, inokwenziwa ngamaxabiso amancinci kodwa amaxesha ambalwa ukuphepha inkunkuma.
2) Lungiselela inani elifanelekileyo lokubulala i-gubut ngokuhambelana nomlinganiso ochaziweyo, kwaye uvuselele ngokulinganayo kunye ne-hammer yombane (malunga nemizuzu emi-2).
3) Emva kokulungiselela, nceda sebenzisa ngaphakathi kwemizuzu engama-30 ukuthintela ukuqina kwibhakethi.
5.6I-rout growut reut
I-1) galela i-grout kunye nobude beGroove.
2) Xa ugcwalisa, izibuko le-suble lingasekwa ngesandla ukulungiselela ukulawula isantya kunye nolwalathiso ngexesha lokugalelwa. Ukuze ugcine ixesha kunye namandla omzimba, inokuthululelwa ngezikhongozeli ezincinci zamandla, ezilungele abantu abaninzi ukuba basebenze ngaxeshanye.
3) Ukugcwaliswa kokuqala kufuneka kube zizizwe ezigcwele ngokupheleleyo, kwaye wenze i-groutter umphezulu kancinane kunendlela yendlela.
4) Gcina ixesha kangangoko kunokwenzeka, kungenjalo i-Grout iya kuqinisa (le mveliso inexesha eliqhelekileyo lokunyanga i-1 ukuya kwezi-2).
5.7SECOD Grout Grow
Emva kokukhula kokuqala kuyaphiliswa, jonga umphezulu weGrout. Ukuba umphezulu uphantsi kunomhlaba wendlela okanye umphezulu ugxothiwe, remix iGrout (jonga inyathelo 5.5) kwaye wenze ukuzaliswa kwesibini.
Ukuzaliswa kwesibini kufuneka kuqinisekiswe ukuba umphezulu we-grout bungaphezulu kwendlela.
5.8surface Grinding
Emva kwenqanaba lokufakwa 5.7 ligqityiwe isiqingatha seyure, kwaye i-grout iqala ukuqinisa, ukukhulula iiteyiphu kumacala emigca.
Emva kwenqanaba lokufakwa 5.7 ligqityiwe iyure enye, kwaye i-grout yenzelwe ngokupheleleyo, iceke i
I-Grout nge-angle grinder ukwenza ukuba igungxule ngomphezulu wendlela.
I-5.9on-Indawo yokucoca kunye nokuvavanywa kweposi
1) Coca i-Grout Desifice kunye nenye inkunkuma.
2) Uvavanyo emva kofakelo:
. Ixabiso elilinganisiweyo kufuneka libe ngaphakathi kuluhlu oluchazwe ngusor wombhalo ohambelana nobude kunye nephepha ledatha yentambo. Uluhlu lomthamo luhlala lusetwa kwi-20nf. I-PREB ebomvu iqhagamshelwe kwi-cable yentambo, kwaye iPREP emnyama iqhagamshelwe kwikhaka langaphandle. Lumka ungabambeli olu nxibelelwano lumbini uphela ngaxeshanye.
(2) Ukunganyangeki kovavanyo: Sebenzisa imitha emininzi yedijithali ukulinganisa ukuxhathisa i-sensor. Imitha kufuneka isethwe kwi-20mω. Ngeli xesha, ukufunda kwiwotshi kufanele kube ngaphezulu kwe-20mω, idla ngokuboniswa ngu "1".
. Isimo esiqhelekileyo se-Oscillocope yile: I-Voltage 200MV / DRE, i-50ms / quist. Ngophawu oluqinisekileyo, i-volting ye-trigger isekwe malunga ne-50mv. Isithuba esiqhelekileyo selori kunye nemoto siqokelelwa njengovavanyo lwangaphambi komthwalo, kwaye emva koko kwenziwa uvavanyo lwe-veerser lugcinwe kwaye lukhutshelwe ngokuprinta, kwaye lugcinwe ngokusisigxina. Iziphumo zenzwane ixhomekeke kwindlela yokunyuka, ubude be-sensor, ubude bentambo kunye nezinto zokubonisa ezisetyenzisiweyo. Ukuba uvavanyo lwangaphambili luqhelekile, ufakelo lugqityiwe.
3) Ukukhutshwa kwetrafikhi: Amagqabantshintshi: Izithuthi zinokukhululwa kuphela xa izinto zokubulala ziphilisiwe ngokupheleleyo (malunga neeyure ezingama-2-3 emva kokugcwaliswa kokugqibela). Ukuba itrafikhi ikhutshiwe xa izinto zokubulala ziphilisiwe kakhulu, ziya kuyonakalisa ufakelo kwaye zibangela ukuba i-sensor ikwazi ukusilela ngaphambi kwexesha.
Layisha i-waventer
I-2 axes
I-3 Axes
I-4 Axes
I-6 Axes
I-Impoko ibikukhethekileyo kwiinkqubo zentshukumo ezingaphezulu kweminyaka eli-10. Izinzwa zethu ze-WIM kunye nezinye iimveliso ziqwalaselwe ngokubanzi kwishishini layo.
